Buch, Englisch, Deutsch, Band 88, 702 Seiten, GB
Reihe: Berichte aus dem IWU
22nd Saxon Conference on Forming Technology SFU 2015 / 22. Sächsische Fachtagung Umformtechnik SFU 2015
Buch, Englisch, Deutsch, Band 88, 702 Seiten, GB
Reihe: Berichte aus dem IWU
ISBN: 978-3-95735-029-9
Verlag: Wissenschaftliche Scripten
The German industry is moving towards new ways of production: driven by increasing individualization of products and by the possibilities created by digital networking, the challenge arises to generate efficient and flexible process chains that can be adapted
dynamically. This challenge requires more than ever not to investigate individual technologies and process steps separately from one another, but to consider the complete value added chain as an entity.
Under the topic “Efficiency in Forming Technology by Integrated Approach to Process Chains” authors from science and industry present their latest developments and approaches, contributing to achieve competitive value-added chains in the field of forming technology.
Deutschlands Industrie ist auf dem Weg zu neuen Produktionsformen: Getrieben durch die zunehmende Individualisierung der Produkte und die Möglichkeiten der digitalen Vernetzung steht die Herausforderung, effiziente, flexible und dynamisch anpassbare
Prozessketten zu schaffen. Dies erfordert es umso mehr, einzelne Technologien und Prozessschritte nicht losgelöst zu untersuchen, sondern die Wertschöpfungskette in ihrer Gesamtheit zu betrachten.
Unter dem Thema »Effizienz in der Umformtechnik durch ganzheitliche Prozesskettenbetrachtung« stellen Autoren aus Wissenschaft und Industrie ihre neuesten Entwicklungen und Lösungsansätze vor, die zur Erzielung wettbewerbsfähiger
umformtechnischer Wertschöpfungsketten beitragen.
Autoren/Hrsg.
Weitere Infos & Material
Plenary Papers: Efficiency in Forming Technology
Drivers and Challenges on the Path Towards "Industry 4.0"
Neugebauer, R.
The Audi Toolshop – Taking the Next Step into the Digital Dimension
Spindler, J.; Breme, M.; Hein, C.; Struck, R.
Sustainability at Hirschvogel
Raedt, H.-W.; Maurer, O.
Lightweighting in Automotive Industry Using Sheet Metal Forming – Advances and Challenges
Fallahiarezoodar, A.; Drotleff, K.; Liewald, M.; Altan, T.
Towards Efficient, Interconnected and Flexible Value Chains – Examples and Innovations from Research on Production Technologies
Landgrebe, D.; Putz, M.; Schieck, F.; Sterzing, A., Rennau, A.
Sheet Metal Forming
The Renaissance of Hydroforming – Solutions for Current Challenges in Lightweight Construction, Exhaust Systems and Chassis, Suitable not only for Vehicle Construction
Freytag, P.
Highly Flexible Forming Technologies – Approach for Rising Diversity of Variants
Weise, D.; Landgrebe, D.
Integration of Press Hardening with Cold Trimming
Yilmaz, I.O.; Kaftanoglu, B.; Hacaloglu, T.; Kilickan, M.
Tooling Flexibility = Flexibility in Forming Technology?!
Landgrebe, D.; Kräusel, V.; Birnbaum, P.; Quellmalz, J.; Schlegel, H.; Al-Obaidi, A.; Guk, A.
A New Approach for the Visioplastic Stress Analysis for Material Characterisation
Küsters, N.; Brosius, A.; Schomäcker, M.
Precision Cutting: Opportunities and Cost Advantages
Stahl, K.
Conductive Heating Opens up Various New Opportunities in Hot Stamping
Behrens, B.-A.; Hübner, S.; Schrödter, J.; Uhe, J.
Forming of New Generation AHSS Using Servo Presses
Billur, E.; Çetin, B.; Yilmaz, M.M.; Oguz, A.G.; Atay, A.; Ersoy, K.; Uguz, R.O.; Kaftanoglu, B.
Manufacturing of Innovative Aluminum Components by Combining Shear Cutting Operation and Tailor Heat Treated Blank Technique
Degner, J.; Suttner, S.; Tsoupis, I.; Lechner, M.; Merklein, M.
Flexible Manufacturing Concepts for a Resource-Efficient Use of Tools and Production Equipment
Fischer, T.
Efficient Production of Press-Hardened Components Due to Optimization of Geometry and Integrated Process Monitoring
Skrikerud , M.; Koroschetz, Ch.; Porzner, H.; Lorenz, D.
Bulk Metal Forming
Potentials of Aluminum-Alloyed UHC-Steel for Components Manufactured by Bulk Metal Forming
Behrens, B.-A.; Bouguecha,A.; Vucetic, M.; Kazhai, M.; Yarcu, D.
Innovation, Research and Technology Development from the Point of View of Engine Manufacturer Rolls-Royce
Tammineni, S. V.; Landgrebe, D.; Sterzing, A.; Porstmann, S.; Popp, M.
Resource Efficiency in Bulk Metal Forming – Selected Strategies
Muckelbauer, M.; Takale, S.; Meyer, M.
Development of Hybrid Material Composites for Marine Diesel Engine Components with High Thermal Loads
Jentsch, E.; Krüger, L.; Landgrebe, D.; Wagner, A.; Lehnert, T.; Selbmann, R.; Kolbe, P.
Rolling – A Versatile Process of Massive Forming
Erxleben, St.
GBQ Micro Finishing of Forged Engine Components
Witt, Th.
Robustness Analysis of Metal Forming Simulation – State of the Art in Practice
Wolff, S.
Innovative Manufacturing Route for Realizing Alternative Drive Concepts
Landgrebe, D.; Sterzing, A.; Schuster, R.; Popp, M.
Joining
The Door Sidecrash Beam in the New BMW i8: Application of a Press Hardened 7xxx Aluminium Alloy Panel
Reinstettel, M.
Virtual Joining Factory – Integration of Microstructure Evolution in the Manufacturing Process Chain Simulation
Beyer, U.
Investigation of the Flange Length Behaviour in Hemming Processes through Numerical Simulation
Raja, U.; Kaiser, Ch.; Govindarajan, R.; Kulkarni, V.
Process Chain Simulation at Audi Tool Shop
Poelmeyer, J.; Breme, M.; Wahl, M.
Methods for Efficient Development of Hemming Machines: from Process Simulation to Ramp-Up
Rössinger, M.; Hofmann, A.; Barth, D.; Hecht, B.
Numerical Representation of a Complete Process Chain for Carbody Construction, Focussing on New Approaches for Integrating the Drying Process
Ackert, P.; Perera, C.; Grützner, R.; Mauermann, R.; Fichtner, I.; Landgrebe, D.
Understanding Whole Shape Variability of Stamped Sheet Metal Parts for Root Cause Analysis
Gerbino, S.; Kriechenbauer, S.; Franciosa, F.; Das, A.; Mauermann, R.; Patalano, S.; Lanzotti, A.
Semi-Finished Products
Magnesium – An Old Lightweight Material with a New Properties Profile
Kawalla, R.; Ullmann, M.; Neh, K.; Berge, F.
Holistic Evaluation of Process Chains for Resource-Efficient Manufacturing of Hybrid Structures
Symmank, C.; Boll, J.; Rautenstrauch, A.; Götze, U.; Awiszus, B.; Landgrebe, D.
Resource and Material Efficient Forming by Hexagonal 3D-Structuring for Lightweight and Crash Relevant Applications
Mirtsch, F.; Mirtsch, M.
New Manufacturing Processes for Products from Ultra High Strength Steels
Mašek, B.; Jirková, H.; Vorel, I.; Aišman, D.; Wagner, M. F.-X.
Tools
Business Success by Efficiently Using Forming Technology in Design, Production and Assembly
Quentin, U.; Werner, M.; Löffler, K.
New AWEBA Tool Technology for Economic Processing of Magnesium Directly from the Coil – Ready for Series Production
Aurich, Th.
Process Solutions for Automatic Manufacturing and Elimination of Remachining in Tool and Mold Manufacturing
Galozy, St.
Comprehensive Digital Process Planning with AutoForm – The Virtual Process Chain in the Tool Shop
Schönbach, T.
Machine Tools
Industry 4.0 for Punching and Metalforming Machines
Kaiser, St.
Sustainable Success with Short Process Chains
Kohlsmann, S; Wunderlich, J.; Strehmel P.; Hirsch, M.; Krippner, M.
From First Draft to Serial Production: Hot Stamping Part Design and Feasibility Study with Respect to Functionality and Optimization of Production Costs
Aspacher, J.
Resource-Efficient Press Technology
Blau, P.; Päßler, Th.
Plenary Papers: Industry 4.0, Machine, Control
Forming the Future with Industrie 4.0
Kothe, J.; Kübert, T.; Mikelsons, L.
Stamping Plant 4.0 – Data Mining for Investigation and Prediction of Quality Issues in Manufacturing Car Body Parts
Purr, S.; Meinhardt, J.; Moelzl, K.; Ostermair, M.; Hagenah, H.; Merklein, M.
Simultaneous Simulation – Virtual Commissioning on the Example of a Ring Rolling Plant
Haverkamp, M.; Gober, N.
Forming for Resource-Efficient Industry 4.0
Marré, M.; Beihofer, D.; Haggenmüller, W., Grupp, Ph.
Poster
About the Requirement of Robustness Engineering in the Future of Forming Processes
Kittner, K.; Kunath, S.; Wolff, S.; Heuse, M.; Rambke, M.; Kawalla, R.
Integrated Modeling of Deep Drawing with Extended Machine and Process Simulation
Penter, L.; Hardtmann, A.; Ihlenfeldt, S.
